GMOs Fail to Improve Yields 'and Will Eventually Lead to Ruin'
A shocking report by the U.S. Department of Agriculture (USDA) has found
that, when it comes to their supposed viability in modern farming,
genetically modified organisms (GMOs) hardly live up to the industry
hype. In fact, the chief investment officer of a large firm recently
declared that GMOs are destroying the natural order "and will eventually
lead to ruin," presumably by contaminating natural crops and the earth
with irreversible genetic pollution.
"Agriculture is heading for a
wall," stated CNBC chief news correspondent Mark Koba, quoting the
words of Universa Investments President and CIO Mark Spitznagel, during a
recent broadcast. And the reason for this, as explained by microbiology
professor and retired senior scientist Ramon J. Seidler, Ph.D., in a
recent piece for MailTribune.com, is that GMOs appear to have set
in motion the destruction of the natural order, not to mention the fact
that they simply do not work.
"GMO seeds have not been shown to
definitively increase yield potentials," admits the USDA report, which
can be accessed in the source links at the bottom of this article. "[I]n
fact, the yields of herbicide-tolerant or insect-resistant seeds may be
occasionally lower than the yields of conventional varieties."
These
statements are pretty self-explanatory, and the mainstream media has
even fessed up that GMOs are not all that they have been cracked up to
be. When it comes to crop technologies that are actually feeding the
world, non-GMOs are organics are still the best options, according to
the United Nations Commission on Trade and Development. A 30-year
investigation by the Rodale Institute also found that organics
outperform GMOs on almost every metric.
"Agroeconomists
have shown repeatedly that the best-yielding, most-affordable crop
varieties, to 'feed the world,' are those derived from conventional
non-GMO hybrids," wrote Seidler for MailTribune.com.
Roundup Ready GMOs nutritionally deficient, saturated with chemical toxins
Even if they do not necessarily produce higher yields, as many GMO advocates have had to admit, surely transgenic crops have reduced farmers' dependency on chemicals, right? Wrong. More chemicals are being applied to commercial crops than ever, and recent studies have found that the chemicals linger on crops.Pesticides and herbicides also appear to damage the nutritional composition of GM crops, as evidenced in a recent study out of Scandinavia. Not only did Norwegian researchers detect the presence of Monsanto's Roundup herbicide on 100 percent of the Roundup Ready soybean samples tested, but they also found abnormal nutrient levels in the "Frankencrops."
"[T]he nutritional composition of soybeans grown on 31 Ohio farms differed depending upon the type of farm management system employed," explained Seidler, reporting on a study published in the journal Food Chemistry. "Soybeans harvested from organic farms had higher concentrations of protein and essential amino acids, and higher concentrations of two minerals, and no Roundup residues."
GM sugar beets destroying natural chard crops
Cross-contamination continues to be an ever-present issue with GMOs as well. Because of the strong likelihood of genetic drift and cross-pollination from GM crops, many non-GM and organic farmers are having to cancel their seed contracts or grow other crops to avoid suffering major crop losses, not to mention a loss of their livelihoods."Unfortunately, seed buyers have canceled local Swiss chard contracts because of the likelihood of cross-pollination by sugar beets," added Seidler. "Sugar beet pollen travels two to four miles... and cross-pollination is likely with chard because GMO farms are usually secretly located."
You can access the full USDA report admitting that GMOs have failed and are no better than non-GMOs here:
http://www.ers.usda.gov.
Sources for this article include:
http://www.ers.usda.gov
http://www.mailtribune.com
http://www.reuters.com
http://www.universa.net
http://www.naturalnews.com
http://science.naturalnews.com
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